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Two manifold designs were evaluated.
Current densities, temperatures and pressure distributions resulting from various manifold designs were presented as numerical results.
The serpentine design yielded the highest average current density among the studied manifold designs, but the maximum pressure was 32 times higher than with the parallel design.
Optimal stack performance requires the matching of the stack manifold designs, flow channels on the bipolar plates and the stack operating conditions.
To understand the effect of manifold design on the performance of stack, both generic and developed manifold designs are investigated by applying electrochemical and internal reforming reactions modeling.
The LCD framework was used to evaluate three air intake manifold designs: a sand cast aluminum, brazed aluminum tubular, and nylon composite.
Similar(51)
Changes in the manifold design could reduce the adverse subjective response.
The pressure distribution with this manifold design was clearly related to the manifold structure.
The dual-flow hybrid manifold design combines two different manifold structures: a serpentine hydrogen manifold and a parallel air manifold.
Finally the additional impact of a coaxial manifold design is discussed.
Flow distribution in a CPHE reformer is rarely uniform due to inlet and exhaust manifold design.
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